RDE Intern

The Intern Core Turbo & ZEV Applications will support the simulation and analysis of centrifugal compressors and turbine stages used in turbocharger and Zero Emission Vehicle (ZEV) applications. The intern will assist in evaluating aerodynamic performance and internal flow behavior through CFD simulations while learning industry-standard turbomachinery analysis practices.

Working closely with senior CFD engineers and subject matter experts the intern will gain hands-on experience in CAD modeling meshing CFD setup post-processing and technical reporting using advanced engineering software tools.

Key Responsibilities

• Support the creation and preparation of 3D fluid domains using CAD tools such as CATIA ANSYS SpaceClaim or OnShape.
• Assist in generating high-quality tetrahedral and hexahedral meshes for turbomachinery geometries using tools such as ANSYS Mesher ICEM CFD TurboGrid or AG5.
• Perform CFD simulations for rotating machinery applications using ANSYS CFX Fluent or FINE/Turbo under guidance from senior analysts.
• Help analyze compressor and turbine performance characteristics including pressure ratio efficiency flow field behavior and losses.
• Post-process simulation results and create visualizations plots and technical summaries.
• Prepare clear and structured reports and presentations for engineering teams and project reviews.
• Follow established CFD best practices validation procedures and quality standards.
• Collaborate with cross-functional engineering teams to support development activities and meet project timelines.
  

Qualifications & Skills

• Currently pursuing or recently completed a Bachelors or Masters degree in Mechanical Engineering Aerospace Engineering or related field.
• Basic understanding of fluid mechanics thermodynamics and turbomachinery concepts.
• Familiarity with CFD tools such as ANSYS Fluent CFX or similar simulation software is preferred.
• Exposure to CAD software such as CATIA SpaceClaim SolidWorks or OnShape is an advantage.
• Knowledge of meshing techniques and rotating machinery simulations is a plus.
• Basic programming or scripting knowledge (Python or MATLAB) is desirable.
• Good analytical and problem-solving skills with attention to detail.
• Strong communication and presentation skills.
• Proficiency in Microsoft Office tools especially PowerPoint and Excel.
• Self-motivated eager to learn and able to work effectively in a team environment.
  

What You Will Gain

• Practical experience in turbomachinery CFD simulations and analysis.
• Exposure to industry-standard engineering tools and workflows.
• Opportunity to work on advanced turbocharger and ZEV technologies.
• Mentorship from experienced CFD and aerodynamic engineers.
• Experience in technical reporting engineering communication and collaborative product development.